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Publication numberUS536858 A
Publication typeGrant
Publication dateApr 2, 1895
Publication numberUS 536858 A, US 536858A, US-A-536858, US536858 A, US536858A
InventorsJohn B. G. Donato
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
donato
US 536858 A
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Description  (OCR text may contain errors)

(No Model.) 2 Sheets-Sheet l.

- J. B. G. DONATO.

APPARATUS FOR LIFTING WATER. l Nou 586,858, Patented Apr. 2,1895.

(No Model.) 2 sheets-sheet 2'.'

J. B. G. DONATO.

APPARATUS FOR LIFTING WATER.

Ptented Apr. 2,

ans cn, pHoro-Unio wnsnmsm JOHN G. DONATO, OF OPELOUSAS, LOUISIANA, ASSIGNOR OF FORTY-NINE y ONE-HUNDREDTHS TO VICTOR BOURDIN, CHARLES E. LEMELLE, AND CORNELIUS DONATO, OF SAME PLACE.

APPARATUS VFOR LIFTING WATER.

SPECIFICATION forming part of Letters Patent No. 536,858, dated April 2, 1895. Application filed February 2, 1895. Serial No. 537,042. (No model.)

to be a full, clear, and exact description of theinvention, such as will enableothers skilled 1o in the art to which it appertains to make and use the same. p

My invention relates to improvements in apparatus for lifting water, and it consists in an apparatus so constructed and arranged that water is lifted by pumping air, aswill be hereinafter described. v

,Reference is had to the accompanying drawings, in which the same parts are indicated by the same letters throughout the several 2'0 views.

Figure l represents a sectional elevation of my improved waterlifting apparatus. Fig. 2 represents a section along the line :n of Fig. `1, and Fig. 3 represents the application of my apparatus to two or more lifts.

A represents a well, or other source of water supply, into which the pipe B is partly immersed. Thelower end of the said pipe is preferably provided with a strainer b', while the 3o said pipe is buoyed up by a float C, and is provided with an air inlet b, which should be arranged about four or ve inches above the surface of the Water, and is normally held so by the float C. This air inlet b is preferably made conchoidal in shape, as shown in Fig. 2, and since it would ordinarily be difficult to bore a hole of this shape, theparts of the pipe B contiguous to the said hole, are preferably made with two lips b2 and b3 into one or both 4o of which the groove b is cut,and then the parts are bent over and soldered orwelded together, as shown in Fig. 2. Since the water in the well is liable to rise and fall, within certain limits, the pipe B is connected to the supply pipe E by a rubber hose or other flexible connection D. This pipe E is represented as provided with a transparent sectionl e, which .is not necessary, but is merely useful as illustrating the operation of the device. At its upper end the pipe E terminates in -two branches e and e2, and is controlled by a valve e3. These branches e and e2 connect to the upper portion of a receiving chamber F which may be provided with a water gage f, and which must be made air-tight. The air pipe G leads from the upper part of this receiving chamber H, communicating therewith by a nipple g, having an aperture of preferably about the same cross-section as the air inlet b. The outer end ofthe pipe G is connected by branch pipes g2 to the air chamber H which is provided with a vacuum safety valve 71, and a pressure gage h', and the said air or vacuum chamber is connectedby a pipe K to the air pump M, which may be of any preferred form of construction. The pipes K and G, may be closed by the valves 7c and g respectively.

Connected to the base of the receiving tank F I provide an outlet pipe N controlled by a valve n,and having the lower portion thereof n projecting downwardl into the base p of the reservoir P, from which the fluid drawn up escapes through the faucet p.

The operation of the device is as follows:- The apparatus being set up as shown in Fig. l, and the tanks F, H, and P being full of air,

the valves e3 and n are closed, and the air is exhausted from the tanks H and F by means of the air pump M. As soon as the gage h shows a sufficient vacuum, which vacuum will depend upon the height to which the water is to be lifted, the valve e3 is opened. There will at once be au influx of air through the hole b, but at the same time the suction will almost instantly draw the water from the well, up in the pipe B above the said hole h, and the air and water will together rise in the pipe E. The air in entering the inlet b Will form small air pistons, such as a', between which lshort broken columns of water a Will be included, and it has been found thatY where constant conditions prevail, these air globules or pistons will occur at regular intervals, the whole resembling as it passes through the transparent portion e of the pipe E, a phantom chain pump. The curved hole for the entrance of the air causes the latter to enter the pipe in a vertical direction thus more effeetually separating the waterrinto broken columns and at the same time rendering it possible to use a larger pipe; for it will he evident that there would be less tendency for the air globules to pass upward through the water along one side of the pipe than when the air entered in a direction perpendicular to the ascending column. Again having the air inlet curved as shown to a large degree, prevents the water from spraying out through the hole. When the air and water rise tothe first branch pipe e2 the water will fiow into the chamber F, and the air will keep on until it reaches the branch pipe e', whence it will be drawn down into the chamber F. As soon as the watel' gage j shows a sufficient height ,of water in the tank F, the valve u is opened, and the water flows down from the chamber F into the reservoir P, whence it escapes through the faucet p. Since the column of fluid in the pipe E is composedof alternate layers of air and water it will be materially lighter than a column of water of equal area and height, and hence the water from the rcservoir P will be free to escape by gravity alone even though the elevation of the said reservoir is materially higher than the surface of the water in the well. Since the air outlet g, from the chamber F is practically equal in cross section to the air inlet b, the pressure in the chamber F will at all times be materially less than in the chamber I-I, where the vacuum should not be made so great as to suck air through the faucet p', and into the chamber F.

By making the chamber l-I of sufficient size, and exhausting it once or twice a day, by means of the air pump M, the operation of the apparatus may be made continuous although the motive power is only intermittently applied.

In the device shown in Fig. 3, the water is lifted twice, first into the receiving tank F as before, and then from thatinto the receiving tank F, whence itis delivered to the reservoir P and escapes through the faucet p as before. In this arrangement of the apparatus the eX- haust pipe G from the receiving chamber F, and the exhaust pipe G from the receiving chamber F', are both connected by the branch pipes g2 to the exhaust chamber H which is arranged as in the device shown in Fig. l. Moreover the pipe B provided with hole oas before, and fioat C, is represented as leading upward at an incline from the surface of a river A', andthe pipe E is also represented as leading at an incline from the lower to the upperreceiving chamber. Theapparatushas been found to operate more advantageously where the admission pipes E and E are set at an incline instead of going vertically upward, probably for the reason that the revolving globules of air push the water more readily before them than they canliftit upward. In operating this form of the apparatus, the valves e3 and a are closed as before, until the pressure in the vacuum chamber H has fallen to the required point, which point will depend upon the local conditions, and can be determined only by experiment. 'lhe valve e3 is then opened, and the water and air speedily begin to flow into the chamber F as described with reference to Fig. l. From the chamber F when the water reaches the elevation shown in Fig 3, the valve e4 is opened, as also the valve @03. At the Sametime the valve g' in the pipe G is closed. This allows the air entering through the hole l) to soon lill up the vacuum in the upper part of the chamber F. Then the existing vacuum in the chamber H causes the pressure of air in the upper part of the chamber F to force the water in upward through the pipe E', and the water is drawn into the upper tank F in exactly the same way as was described with reference to the tank F in Fig. 1. When the water has reached the desired level in the tank F the valve m is opened, and the reservoirF speedily filled, the water beginning to flow out through the faucet p. In this way water may be raised twice as high as where only one receiving tank is used, aud similarly by increasing the number of receiving tanks and pipe connections, water may be raised through au indelinite number of steps.

In all apparatus ot' the kind herein described, it will only be necessary to have one vacuum chamber, and one air pump or other means for exhausting the said vacuum chamber. It will be obvious that the air pipe connections to the vacuum chamber may be run any distance, and that the water may be delivered in one place, as from a spring, and the air pump at another place, as by a waterfall any distance, even miles away.

It would readily suggest itself to any one, that it would be simpler to run a water pipe direct from the waterfall to the point where the water is to be distributed, but the waterfall may be at the base of a mountain, and the house to be supplied with water, well up on the mountain side, and at an elevation above the nearest spring.

In the drawings annexed, the diameters ol the pipes are exaggerated for the purposes of clearer illustration. The diameters of the pipes should ordinarily be small, say foroneeighth to a half inch, while the capacity of the various tanks may be varied at will.

Any desired form ot' air pump may be used with the apparatus, or the vacuum may be obtained in the tank I-I by injecting steam thereinto and expelling the air, and then allowing the steam to condense, as is commonly done, in that class of apparatus known as steam and vacuum pumps. These, and many other modifications would readily suggest themselves to any one skilled in the art, which could be used without departing from the spirit of my invention.

Having thus described myinvention, what I claim, and desire to secure by Letters Patent of the United States, is

1. An apparatus for lifting water compris- IOO 'ssass ing a pipe projecting downward into the water and provided withan inlet located above the Water and entering the said pipe in a tangential direction relative to the radii of the said pipe, and means for drawing air into said inlet, substantially as described.

2. An apparatus for lifting water comprising a pipe projecting downward into the water and provided with an inlet located above the water and entering the said pipe in a tangential direction relative to the radii of the said pipe, a receiving chamber connected to said pipe,. and means for exhausting said chamber, substantially as described.

3. An apparatus for lifting water comprising a pipe projecting downward into said water and provided with an air inlet therein, means for retaining said air inlet at the de- In testimony whereof I aflix my signature 3o in presence of two witnesses.

' JOHN B. G. DONATO.

Witnesses:

E. D. ESTILETT, J. W. GARDINER.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2649091 *Mar 8, 1951Aug 18, 1953Valencia Victor CornelioFoot actuated vacuum applicator
US2660312 *Nov 25, 1949Nov 24, 1953Gendron Jr Edward AFiltering apparatus
US2864317 *Oct 5, 1953Dec 16, 1958Purnell A RobinsonPumping device
US2916147 *Oct 6, 1958Dec 8, 1959Lydia MelvilleBall guide and screen for deep well jet pump
US3120491 *Sep 8, 1960Feb 4, 1964Kincaid Themas CWater filter for farm pond
US3682305 *Feb 20, 1970Aug 8, 1972Joseph BuchlerDecanting and filling apparatus
US3883429 *Mar 25, 1974May 13, 1975World Water Resources IncPortable water supply system
US4260334 *Feb 11, 1976Apr 7, 1981Kelley Contract Dewatering CompanyGround dewatering system
US5078213 *Apr 19, 1991Jan 7, 1992Canutt Forrest GAdjustable floating pumping system
US5160605 *Apr 10, 1991Nov 3, 1992Valiant Machine & Tool Inc.Device for separating hydrocarbon products from water with venturi jet pump
USRE33103 *Apr 21, 1988Oct 31, 1989Kioritz & CorporationStrainer
Classifications
Cooperative ClassificationA61M1/02